低能耗分散式生物电化学处理设备
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地方两会|武汉市政协委员彭琛:引进应用湖水净化技术,为建设生态文明城市筑牢技术根基
Xin Lang Cai Jing· 2026-01-06 11:13
Core Viewpoint - The Wuhan government is focusing on promoting comprehensive green transformation in economic and social development as part of its 2026 work report, emphasizing pollution prevention, ecological protection, and carbon neutrality initiatives [1]. Group 1: Environmental Initiatives - Wuhan will implement a comprehensive governance action plan for key lakes, aiming to eliminate black and odorous water bodies and improve the resource utilization rate of domestic waste to over 78% [1]. - The city aims to enhance its ecological environment by protecting its lakes and mountains, which is crucial for its green transformation [1][3]. Group 2: Wastewater Treatment Challenges - The current wastewater treatment approach in Wuhan faces multiple challenges, including incomplete coverage of sewage networks and high operational costs of treatment plants [4]. - There is a pressing need to improve wastewater treatment capabilities due to the large volume of domestic sewage generated daily in the city [3][4]. Group 3: Proposed Technological Innovations - The introduction of new wastewater treatment technologies, such as the RhP technology, is recommended to enhance efficiency and reduce land use [5][6]. - The city plans to adopt a comprehensive governance model that includes efficient collection, treatment, resource reuse, and ecological enhancement of wastewater [4][6]. Group 4: Specific Recommendations for Improvement - Five key directions for introducing and promoting new technologies in wastewater treatment have been proposed, including: 1. Promoting land-saving technologies to alleviate land use constraints in new and expanded treatment facilities [5]. 2. Enhancing pipeline efficiency through self-cleaning technologies to prevent sewage discharge into water bodies [6]. 3. Exploring decentralized and resource recovery technologies for rural and weak sewage network areas [6]. 4. Integrating ecological purification methods to enhance the self-purification capacity of water bodies [6]. 5. Building a smart water management platform for real-time monitoring and intelligent scheduling of the entire wastewater treatment process [6].